GEPRC SPEEDX2 3110 900KV FPV Drone Motor for Long Range and X8 Models

Introduction

The GEPRC SPEEDX2 3110 900KV motor represents the cutting edge in FPV drone propulsion technology, combining advanced design with striking aesthetics. This motor is part of GEPRC's SPEEDX2 series, designed for pilots who demand peak performance and efficiency. Available in 900KV and 1250KV variants, the 3110 model is specifically tuned for power-hungry applications like long-range FPV and larger FPV platforms.

Key advantages

• High Efficiency: Features an advanced magnetic circuit design that provides up to 10% greater energy efficiency than comparable motors in its class.
• Durable Design: The motor casing is treated with a fine CD texture finish, offering superior scratch resistance and maintaining its premium look over time.
• Premium Materials: Constructed from high-grade 7075 T6 aerospace aluminum alloy, precision CNC integrated molded for maximum durability and light weight.
• Powerful Performance: Delivers a maximum power output of 1863.68W and a maximum current of 58.52A, suitable for demanding FPV applications.
• Optimized KV Rating: The 900KV rating is ideal for larger propellers and 6S LiPo batteries, offering excellent torque and efficiency for long-range flights.
• Robust Construction: Built to withstand the rigors of FPV flight with high-quality N52H ARC magnets and a sturdy 12N14P configuration.
• Easy Integration: Standard 19x19mm mounting pattern (M3) and a 265mm 18AWG output wire simplify installation on most FPV frames.

Technical specifications

• Model: GEPRC SPEEDX2 3110 900KV
• KV: 900KV
• Configuration: 12N14P
• Magnets: N52H ARC
• Rotor Material: 7075-T6 Aerospace Aluminum Alloy
• Stator Diameter: 31 mm
• Stator Height: 10 mm
• Output Shaft Diameter: 5 mm
• Dimensions: 39.58mm x 37.85mm
• Output Specification: 18AWG 265mm
• Rated Voltage: 25.2V LiPo 6S
• Max Power: 1863.68W
• Max Current: 58.52A
• Mounting Hole: 19x19mm (M3)
• Color: Black with red accents
• Weight: 79.3 g (including cable)

Applications

This GEPRC SPEEDX2 3110 900KV motor is specifically designed for high-performance FPV drones. It is perfectly suited for 7 to 10-inch long-range FPV quadcopters, enabling extended flight times and stable aerial photography. It is also an excellent choice for 7-inch X8 class multirotor models requiring significant power and reliability.

Compatibility

The motor features a standard 19x19mm M3 mounting pattern, ensuring compatibility with a wide range of FPV drone frames. The 5mm output shaft is designed to work with various propeller sizes suitable for 7-10 inch FPV applications. It is rated for 6S LiPo batteries (25.2V), providing ample power for demanding flights.

FAQ

What is the main advantage of the GEPRC SPEEDX2 3110 900KV motor?

The GEPRC SPEEDX2 3110 900KV motor offers up to 10% greater energy efficiency compared to similar motors, thanks to its advanced magnetic circuit design. It also features a durable, scratch-resistant finish and is constructed from premium 7075 aerospace aluminum.

Which FPV drone types is the GEPRC SPEEDX2 3110 900KV motor suitable for?

This motor is ideal for 7 to 10-inch long-range FPV drones and 7-inch X8 class multirotor models. Its 900KV rating and robust power output are well-suited for extended flight times and demanding aerial tasks.

What are the key technical specifications of the GEPRC SPEEDX2 3110 900KV?

Key specs include a 900KV rating, 12N14P configuration, N52H ARC magnets, 7075-T6 aluminum rotor, 31mm stator diameter, 5mm output shaft, and standard 19x19mm M3 mounting. It supports up to 25.2V (6S LiPo) and delivers a max power of 1863.68W.

Where can I buy the GEPRC SPEEDX2 3110 900KV motor with reliable delivery?

You can buy the GEPRC SPEEDX2 3110 900KV motor at HTDRONE. We offer fast shipping within Poland and reliable worldwide delivery via DHL, ensuring you receive your FPV parts quickly.

What is the maximum power output of the GEPRC SPEEDX2 3110 900KV motor?

The GEPRC SPEEDX2 3110 900KV motor is capable of delivering a maximum power output of 1863.68W, making it suitable for high-performance FPV applications requiring significant thrust.